The HDPE/PP plastic crushing and cleaning line recycles HDPE blue barrels, ton - packaging barrels, PP/PE plastic pallets, and HDPE/PP mixed plastics. Advanced processes turn them into high - quality pellets.
First, crushing and cleaning removes impurities and sizes materials. Then, hot - washing with detergents, heat, and friction cleans stubborn stains and improves quality.
The water treatment system recycles water with internal - circulation and a filter, saving water and reducing waste.
Finally, the granulation stage, with SUNKO cleaning line's processing, makes high - quality materials for plastic manufacturing, achieving resource recycling.

Achieve new heights in sorting accuracy with GAINnext™ – a complementary technology to our world-class AUTOSORT™ machine.
This intelligent sorting system combines sensor-based material identification and AI-based object recognition for outstanding performance.
With its integrated sensor data and deep learning algorithms, recyclers benefit from even higher purity results.

This equipment achieves complete material loosening for PET trays with a loose rate of less than 80%. The removal and separation rate of adhesive labels and impurities is over 90%. Equipped with a Mega Aspirator, the label separation rate is further raised to over 99%, while the flake carryover rate is kept below 1%.

A dual filtering system is implemented on an extruder, which has perfect filtering effects for recycled materials with relatively high impurity content. For example, the final LDPE pellets can reach the application of blown film level or higher. On this extruder, the first self-developed self-cleaning filter developed by Aceretech eliminates the tedious manual screen change and automatically cleaning and slagging; the second super-large area double-column screen changer extends the screen change time and reduce the changing frequency, also can be replaced with different precision filters to achieve different application requirements. These two filters can give full play to the efficiency of the exhaust section, and the plastic pellets will be significantly improved. The operating system can be remotely interconnected to realize the digital intelligent workshop and enter the digital production era.

This machine is special for the recycling and granulating of PE(LDPE,HDPE) flim and PP filmPE flim. It can deal with convey, crush and granulate altogether which save a lot of labor during the process. And the film will be heated when crushed which is good for the plasticity of the material and thus good for the quality of the final granule and the capacity. The crusher uses large power AC motor and thus,even large block material can put into the feeder;And the screw of the main extruder is uniquely designed to facilitate the compressing of the film, the conveing, the plasticity and the venting process. For the temperature control of the barrel, it uses accurate date temperature controller, large power iron-cating heater and low noise cooling fan. And this three cooperate together perfectly to control the temperature of the barrel and insure the quality of the granules

GET RECYCLING's Film Washing Recycling Line is an advanced technology with widespread applications. It is particularly well-suited for processing agricultural films with contamination rates as high as 70%, post-consumer films with oil stains, and industrial films. The recycling line is characterized by its high production capacity, high level of automation, and minimal manpower requirements. Whether facing challenges in the agricultural sector or addressing the demands of industrial film processing, our Film Washing Recycling Line excels in performance and efficient processing capabilities, meeting the diverse needs of our customers.

High-end bottle-to-bottle recycling line for the recycling of post-consumer bottle flakes after the washing process. The end product is melt-filtrated, uniform granulate of highest purity and lowest VOCs.
PET flakes are heated and dried in a single-stage process with hot desiccant air. The special design of the dryer outlets results in center flow prevention, consistent residence time and FIFO processing. A choice of filtration and pelletising systems is available. The downstream inline vacuum SSP reactor uses the energy of the previous step. Special FIFO design ensures consistent reaction parameters, adjustable IV increase as well as highly effective decontamination (ultra-low VOC, AA < 1 ppm) for food contact applications.

As a green separation technology, melt crystallization technology has become an important technology for producing high-purity chemical products due to its high efficiency, low consumption and environmentally friendly characteristics. Melt crystallization is not only widely used in pharmaceutical and food separation and purification, but also in large-scale chemical production.

AI Visible Light Sorting Machine is widely used in the processing system of color and material sorting of various recycled plastics, with fast sorting speed and wide sorting range. It can simultaneously realize the identification and sorting of 3A bottles, 4A bottles, 5A bottles, oil bottles, original color HDPE bottles, colored HDPE bottles, miscellaneous plastics, PP lunch boxes and other plastic materials. With JONO's unique solid waste database, it can realize fast switching of product application scenarios.

Odour-optimised premium recycled pellets directly from contaminated post consumer material? The effi cient interplay of the innovative ReFresher technology with the proven INTAREMA TVEplus machine makes it possible. The unbeatable combination of top pellet quality and odour optimisation opens up completely new application opportun for recycled plastics. In other words: innovative premium products in living space, automotive, design and lifestyle sectors.
The output is Food contact compliant PCR-HDPE pellets, suitable for different food packaging, e.g. milk and juice bottles, meat trays, etc. With up to 100 % PCR-HDPE content in the end product

It is also used for plasticizing and mixing rubber, plastic and chemical raw materials. It is also suitable for mixing or kneading viscous materials. It is suitable for rubber material industries such as foaming of shoes, chemical raw materials, tires, seals and conveyor belts.
• This series of internal mixer adopts oval shearing rotor, hard alloy surfacing the rotor face, all the working surface surfacing and wear hard alloy on the inner surface of the mixing chamber, corrosion resistance, strong abrasion resistance, life is 3-10 times the typical mixer;
• Automatic temperature control system, automatic heating or cooling of hand materials by steam or cooling water, precise and convenient operation, mixing up to the best dispersing effect and evenness;
• The transmission uses hardened gear reducer, compact structure, transmission efficiency, low noise, long service life;
• Pneumatic control system uses Japan's SMC, Fuji Omron and other world-class brands, reliable operation.

FIFO Rubber Injection Machine
Rubber Injection Molding Machine with FIFO injection unit, High Injection Accuracy, Easy Material Cleaning, Lower Working Height
First in first out to promote injection accuracy
B&R controlling system, high precision, high stability
High energy saving ,advanced servo driven system can save 30-70% of power
Temperature controlling Tolerance less than ±2 ℃
Double dosing unit is optional, two color/material injection is availiable
Moveable clamping cylinder, reduce machine working height effiently

Seven layer asymmetric high barrier film can prevent gas penetration, such as
Oxygen, nitrogen or CO2 and Penetration of water vapor.
It protects the aroma and the taste. Seven layer co-extrusion film blowing machine can Composition a wide range of favorable materials, With the way of low cost, multiple options, high efficiency side to catch the market demand

SYP 135 Parallel SPC floor machine
Original imported Gearbox from Germany Henschel, which has a longer service life and can ensure the smooth running of the screw for a long time. Parallel SPC Screw barrel are developed in cooperation with famous abroad professional manufacturers,
The high-power vacuum pump is adopted, and the vacuum exhausting device adopts a pump and double-tank structure, which can ensure direct conversion of the spare tank body at any time during online production.
the Gear box of parallel extruder 114SPC/WPC floor production line series all adopts the Asian famous brand Taiwan SUN LUNG GEAR original imported, which has a longer service life and can ensure the smooth running of the screw for a long time. It can match low-power motors and achieve high torque output, which realizes low energy consumption and high output.

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes.
1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate.
2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment.
3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency.
4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions.
Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

PVC pipe production line is mainly used to produce PVC pipes with all kinds of Diameter & thickness that are used for water supply and drainage as well as cable laying. This machine is made up of conical twin screw extruder, vacuum tank, HAUL-OFF machine, stacker etc.. The extruder and HAUL-OFF machine are controlled by imported AC variable frequency device. The vacuum pump and the motor of the HAUL-OFF machine are both of high quality. The ways of HAUL-OFF can be divided into 2-caterpillar, 3-caterpillar, 4-caterpillar, 6-caterpillar etc.. The way of cutting can be cutter lifting or planet cutting. The production line features reliable function and high efficiency. We can provide all kinds of dies according to customersrequirements.

Multi-station Online Crusher is mainly used inline with automatic pressure air forming machine, multi-station thermoforming machine, blister machine of manufacturing environment protection disposable lids, container and tray etc. Widely used in crushing plastic sheet, sheet with defective products, plastic package (food, medical and electronic), thermoforming edge scrap, skeletal waste after cutting or few defective goods with PP, PET, PS, PLA, PVC and biodegradable starch etc.
Multi-station Online Crusher is working integrate with online crush, conveying, storage in full closed status. So it is avoid to pollute, labor is saved. And achieve to meet the requirement of the environmental protection. Crusher installed at the end of the line (back or side of trim press or stacking station) to be perfectly matched to all thermoforming machines. The production processes will be enhanced and environment will be improved. It has beautiful, low energy consumption, high output and low noise.

This advanced detection system integrates state-of-the-art American detection technology, featuring dual-channel independent rejection at each workstation. It delivers industry-leading precision with accuracy as fine as 0.01, ensuring exceptional reliability and providing ultra-high-standard, precise assurance for product inspection.
Designed for adaptable production integration, the system supports flexible application across various scenarios. It enables standalone leak testing for single-batch products, facilitating quick responses to small-batch and diversified inspection needs. Alternatively, it can be seamlessly incorporated into production lines to establish online, real-time leak detection. This synchronization with automated production rhythms accommodates large-scale continuous operations and enhances coordination efficiency between manufacturing and inspection processes.

"1.The machine can be adjusted within one minute and the mold can be changed within 15 minutes, which greatly improves the production efficiency
2. After mold changing, the automatic correction technology eliminates the need for manual correction and punching, achieving a higher degree of automation
3. Servo precise feeding has been upgraded, and the servo stretching upper die has been upgraded to two-stage speed. Make the sheet stretching more uniform
4. Lower energy consumption and higher output.

Our new generation of products is more intelligent than traditional machines. Labor costs have been reduced by 50%. The energy consumption is only 30 to 50 kilowatt-hours per hour.
The scraps can be reused 100% after being crushed. There will be no material jamming, no material waste and no pollution during the production process."

G-Mation is an open and scalable automation platform designed to simplify complexity for machine builders. Based on the IEC 61131-3 standard, it ensures continuity with Gefran’s existing application portfolio while introducing a Docker-based architecture that enables functionalities to be added as apps, without impacting real-time process control performance. The platform relies on EtherCAT communication, supports flexible network topologies, and ensures compatibility through CANopen and Modbus masters. G-Mation offers advanced cloud and edge connectivity via MQTT, OPC UA and Euromap standards, alongside SQL and non-SQL databases. Integrated web-based visualization allows intuitive, customizable HTML interfaces, scalable to any display and comparable to modern web and app user experiences, making G-Mation suitable for both new machines and retrofitting existing plants.

EVO GEN3 sets a new performance benchmark in blown film production. Delivering up to 1,050 kg/h with a 350 mm die, it boosts throughput by up to 30% thanks to new Ultra Dies and the Ultra Cool GEN3 cooling ring. Smart automation in the new EVO OS 3 empowers even inexperienced operators, while Auto Flat makes film flatness measurable and perfectly adjustable. With rapid restarts, advanced connectivity, and future-ready digital architecture, EVO GEN3 maximizes OEE and strengthens producers’ competitiveness.

This bag-making equipment above the operation, action, positioning part of all the independent servo motor control, the whole machine supporting nearly 56 units, the use of bus control system to achieve the group of servo is to monitor each other's operation.
This equipment to solve the environmental protection new material MDO in the traditional equipment production of major defects, can achieve 250 knives / min, less than 2% of the scrap rate, the whole machine data automatically collated, saved and feedback, complete application in the same size order.
Achieve digital transparent production management, reduce the operator's workload of nearly 50% and about 35% of the debugging and production scrap material waste, this equipment is designed for intelligent factories and the future needs of the production staff of intelligent equipment.

In the vibrant manufacturing wave seeking high efficiency and quality, we introduce our "Injection Molding System Automation" system. It's like a brilliant maestro, transforming injection molding.
This system combines efficiency, intelligence and precision, enabling full-unmanned operation. Functions like in-mold labeling, visual checks, stacking, and packaging work as a seamless assembly line. Notably, its 16-cavity in-mold labeling runs in 5.8 seconds, supercharging production.
Technologically, it's rock-solid. With multiple patents, it's the R & D team's pride. After over a year's verification, it's reliable. As a world-leading line, it focuses on top-notch labeled plastic containers, preventing manual errors. It cuts pollution and defect rates, while freeing labor from dull tasks.
Plus, its clever design saves space, freeing up workshop area and upping utilization. Choosing it opens the door to the future of smart injection molding

High speed: The operating speed is increased by more than 5% compared to the previous generation EG series. And the system has added smooth movement and speed switching functions, making the robotic arm operate at a higher speed.

Stability: The performance of core components such as the gearbox and guide rail has been improved, equipped with a buffering posture part, and the system has added functions such as weight selection, making the operation of the robotic arm more stable.

Security: The system has added functions such as entering prohibited areas and segmenting password changes, making the use of robotic arms safer.

Intelligence: The system has added continuous interval compensation and optimal acceleration and deceleration functions, making the use of the robotic arm more intelligent.

sPLANT visual plant information management system helps customers to easily realise the digital management of the plant equipments. The system can be connected to all swift equipment to read and record the process and application data of each equipment, it also supports the connection of third-party equipment. The system uses Ethernet platform to realise the networking of multiple equipments. Any operation terminal connected to this system can display the status and parameters of connected equipments in real time, and also support remote access operation. In addition, customers can also directly operate the daily process parameters of the equipment through sPLANT to achieve
centralised control of plant production operations.

Service Conditions：
1.Unmanned automatic handling
2.Newly-built flat warehouse/intellectualized reconstruction
System Configuration：
1.Automatic Handling System
2.AGV(Automatic Guided Vehicle) System
3.Warehousing Management System
4.Warehousing Control System
5.Human Machine Interaction System
Value Description：
1.Full process automation: Packaging—Warehousing—Outbound
2.Digital warehousing management runs through the whole process
3.Operate 24 hours continuously and save labor cost

ResinWorks™ with Optimizer Uses AI to Manage Resin Drying Airflows and Throughputs for Energy Savings
ResinWorks with Optimizer™ is a new AI-driven feature developed by Conair for its centralized multi-hopper drying system. It automatically controls resin temperature and throughput during the drying process, ensuring optimal processing conditions while preventing over-drying and reducing energy consumption. Traditional central drying systems often operate below full capacity, leading to unbalanced airflow and higher energy usage. Using advanced AI algorithms, Optimizer continuously monitors resin flow and temperature in each hopper and automatically adjusts airflow to achieve dynamic balance. Tests have shown energy savings of 10% to 40%, with a highly reliable design that requires no complex sensors. Even with just 10% energy savings, the system can pay for itself within one year.

Siemens' digital solutions for machinery and equipment cover the entire lifecycle: Building digital twins with NX MCD, achieving virtual commissioning using SIMIT and PLCSIM Advanced, accelerating development with standardized libraries, enabling AI-assisted programming through Industrial Copilot, and implementing predictive analysis and maintenance for equipment via Industrial Edge and IIoT.
Siemens' digital solutions help you shorten time-to-market, reduce commissioning and maintenance costs, enhance programming efficiency and equipment reliability, and achieve data-driven intelligent operations and maintenance.

Comprehensive PUR Expertise from a Single Source
With the newly established clearmelt Competence Centre (CCC), we are consolidating more than 20 years of polyurethane experience together with the specialised know-how of our system partners. You benefit from global, end-to-end project support – from the first concept right through to full series production. B-pillar will be produced on ENGEL duo 700 in the realm of intelligent manufacturing for automotive exterior components during CHINAPLAS. This one-step process innovatively applies in-mold painting to exterior B-pillar manufacturing, achieving extreme streamlining of production workflows. It drastically reduces the time and labor costs by traditional processes while significantly boosting production efficiency.

UWP Underwater Pelletizer System proves to be the up-to-date solution:
Suitable for various polymers pelletizing, throughputs are from 20-30,000 kg/h;
High quality and uniform pellets in variable sizes, even micro-pellets of 0.5mm
Energy-effici centrifugal drying system, with final pellets contain less than 0.2% (2000 PPM) moisture
One-touch auto start
Save operating costs through simple operation and easy maintenance
High-ef closed loop water system, optimization of process water consumption and minimizing emissions as well as the generation of dust during production and in the final product, save the energy consumption
Excelle sound insulation <80 dBA
Compact design, little space is required 8-12m
Automatic fines-removal system
UWP Underwater Pelletizer System meets any need in granulation of plastic materials, such as compounding, masterbatch production, the production of virgin polymers, and the processing of recycled materials

The intelligent multi-cavity electric blow molding machine independently developed by TONVA has been widely used in medical consumables, food packaging and daily chemical packaging industries. The movement of this machine adopts electric (mold clamping, mold movement, blowing-up, die head up, manipulator, etc) to replace the traditional hydraulic system which can save 40% of energy consumption. The equipment does not produce waste gas, waste water and waste oil in the production process of the customer's factory. Production fault diagnosis system and capable hardware and software monitoring platform, fault diagnosis and monitoring service units as a whole, can realize the intelligent production process. Also this machine can be customized according to the production demand of multi-cavity. For example, the six cavity model for plastic dropper production can be 200,000 pcs per day.

2KM MUCOMAC Gear pump metering system for hemodialysis filter encapsulation.
HIGHLIGHT PERFORMANCE:
1. Precision gear pump metering process
2. Output flow: maximum 900g/min, minimum: 200g/min (mixed materials)
3. Mixing ratio (weight): 100:40 or 62 or 90 (Polyol : Isocynat)
4. 2 x 15 inch touch control panel
5. Visual interface, intelligent monitoring throughout the process
6. Special configuration can be customized

As the only fully integrated blood collection tube (BCT) injection molding solution in market, with work cell integrating IMM, hot runner, controller, cold half and auxiliary, Husky’s ICHOR system can secure a cycle time of less than 6 seconds (for 13*100 tube) and achieve an overall efficiency up to 97%. Built based on industry proven PET platform and backed by Advantage+Elite services, ICHOR system delivers higher performance, reduces manufacturing risks and accelerates time to market for BCT products.

Ultra-High Precision Solution for Microfluidic Chips via Micron-Level Precision Injection Molding: Injection molding of polymer materials is a common processing method for microfluidic chip production. In this solution, the microfluidic chip is made
of PMMA material, and the core part of the product is composed of a lattice of circles. The microstructure has a diameter of 0.08 mm and a minimum distance of
0.17 mm. The extremely small size of the structures demonstrates the extreme precision and stability of the injection molding machine.
YIZUMI's micro precision injection molding machine, with its unique mold closing and injection unit design, coupled with high rigidity structure design and dedicated con trol system, offers excellent precision and ultra-high stability to achieve micron-level precision in injection molding and meet the production needs of ultra-high precision microfluidic chips.

MicroPower series from WITTMANN BATTENFELD is designed for the production of micro parts in the clean-room version. Using a MicroPower 15/10 with 150 kN clamping force, a micro retaining ring for medical miniature tubes will be produced. This product has a part weight of only 2 mg. The machine comes with a rotary unit, an integrated WITTMANN W8VS2 robot and a camera for complete parts inspection. Following removal and camera inspection, the parts are transferred to transport containers, separated according to individual cavities.

The medical respiratory tube extrusion production line developed by BEST has a high degree of automation and good product forming accuracy. This production line covers equipment such as extruders, forming machines, tractors, pipe cutters, and material receiving stations. There is no need for multiple people to operate during the production process, which is more than 30% faster than traditional production and greatly reduces production costs. In order to adapt to market diversification, our production line can also provide customized services for customers' different needs.

The production from plastic resins to containers is completed in a single machine. It improves the low automation, high energy consumption, and contamination problems of other production systems. While meeting the strict hygiene requirements of the medical industry, it comprehensively improves the appearance and performance of the bottle, such as precision in dimensions, drop resistance, and top load. ASB machines can produce COP/COC vials, PC flasks, PETG serum bottles, PET/PC blood culture bottles, PP infusion bottles, PE and PET medicine bottles, etc.

The all-electric injection blow molding machine integrates energy conservation, low noise, high precision and intelligence, providing customers with a clean and efficient production environment, suitable for producing pharmaceutical tablet containers. Through intelligent operation and high-precision control, the all-motor can meet the strict process requirements and is an industry benchmark for pursuing ultimate performance and future-oriented production.

The YIZUMI UN260C-BTP multi-component injection molding machine with vertical rotary table mold technology integrate with polyurethane machine for achieving one-step molding of plastic and polyurethane. It can efficiently produce vehicle trims with thin PU-c oating and different product effects.
The integrated equipment can not only ensure product performance and save material costs, but also achieve thin PU-coating with thickness of 0.3mm. Moreover, it allows various product effects, such as 3D depth, different patterns, gloss, scratch resistance, and self-repairing, agile, intelligent and efficient.

As one of the functional films of Forop Advanced Materials (product model: FR1-001), it has product features such as high stiffness, transparency and gloss, strong heat resistance and low shrinkage. Usually used for separator lamination, and used as the heat-laminating protective layer of lithium battery separator.

LNP™ELCRES™ EXL9334 Copolymer. With advantage of excellent electrical tracking resistance: UL CTI PLC0, and IEC CTI=600V; Excellent heat resistance RTI (130C/115C/130ºC); Excellent lower temp impact resistance (-40ºC); Good weatherability-UL746C f1 listing; Good FR performance-UL94 FR V0/1.2 mm, 5VA@3mm; Good chemical resistance.

Helps meet growing demand for downsized, lightweight engines that still offer power and performance. For greater resistance to the higher temperatures and pressures of new generation engines.

PC 2010B-Car18 is a post-consumer recycled PC material based on a single source of scrap car lights. Through disassembly, sorting, crushing, cleaning and granulation, scrap car lights are transformed into high-performance "car-to-car" PCR materials. PC 3011 is a post-consumer recycled PC material based on the source of Chinese brand buckets. It has excellent mechanical properties and can be used for blending modification or direct injection molding. It has been applied to ELV projects. AUSELL is also the first drafting unit of China's recycled PC: GB/T 40006.7-2021.

Through the technical precipitation of four consecutive generations of PET special machines, the LK Group successfully develops the new PET electric special machine. The machine gives full play to the technical advantages of high control accuracy, good stability and high efficiency of the motor. With the PET special optimization of injection screw structure and high torque melt technology, the efficiency and product stability of PET injection molding are greatly improved, which enables the product qualification rate more than 95%. Currently the PET electric special machine has been mass-produced and has established a strategic cooperative relationship with well-known domestic head companies.

● Production efficiency increased by over 30%; 100% labor cost saved in the assembly process, with error rate reduced by 5%-8%; Dimensional deviation is ±0.05mm, superior to ±0.2mm of traditional processes.
● Realized the integration of "injection molding + assembly" for propeller clamps; 800mm/s high-speed injection; Air-floating turntable ensures stable station switching. It brings users core benefits of fully automated production, cost reduction and efficiency improvement.
● High-precision digital control and precise dual-material compounding ensure the products are lightweight, impact-resistant and dimensionally stable, meeting consumers' demands for the reliability of drone components.
● End Products that Can Be Produced: Drone propellers and propeller clamp assemblies.

The products include high-performance bio-based Rilsan® PA11, Pebax® RNEW® polyamide elastomers and Rilsan® Clear transparent polyamide, ultra-high performance specialty polymers Kynar® PVDF, Kepstan® PEKK and PI resins.

The high performance polymers bring the solutions of lightweight, super durability and reliability for variety of industrial and consumer applications. They are widely used in various market from transportation, aerospace, new energy vehicles, medical, water treatment, energy, semiconductor, sports and leisure, electronics, to 3D printing market, meeting your most demanding application requirements. We provide high-performance bio-based PA11 range products with one of the lowest carbon footprint in the market.

Different from other engineering plastics, LCP is suitable for highly complex part designs and harsh functional and environmental requirements, so it requires various resins for fluidity, thermal stability, strength, warpage and toughness to satisfy the extensive specifications. At present, WOTE is the unique supplier in the world that provides all Type I, Type and Type LCPs for customers to choose from.

1. High strength: The component of carbon fiber can determine the strength of the material, which is no less strong than metal, and can replace aluminum alloy, copper, steel, etc.
2. Lightweight: It is now widely used in the automotive industry, unmanned aerial vehicles, electronic appliances and other product fields that require high-strength lightweight materials.
3. Conductivity: It can be seen that the conductivity is to the power of three, which is a conductive material.
4. The scope of application is relatively wide, in the automotive industry, unmanned aerial vehicles, electronic appliances and other fields.

An OptoMOS is a semiconductor device with a LED as an input and MOSFET as an output. It is used in various fields to improve device reliability and reduce size.

Obviously the OptoMOS are different to the conventional electromechanical relays. OptoMOS are classified as semiconductor devices that have no moving contacts, therefore they are superior to conventional electromechanical relays in life expectancy and reliability of contacts, operation speed, and their sizes. But they also distinguish themselves from other switching solutions that utilize photo-couplers, photo-transistors etc. OptoMOS have MOSFET for output, therefore they are the most suitable devices for small analog signal switching.

PEEK offers exceptional thermal resistance, chemical inertness, and mechanical properties. It can operate continuously at temperatures up to 250C and is widely used in aerospace, medical, and semiconductor industries.

Differential scanning calorimeter (DSC) is a thermal analysis instrument that measures the relationship between the heat flow difference between the reference and sample ends and temperature parameters. It is primarily used to measure various characteristic parameters during the heating or cooling process of a substance, such as glass transition temperature (Tg), oxidation induction time (OIT), melting temperature, crystallization temperature, specific heat capacity, and enthalpy.

VESTAKEEP DP 20151 bk is a filled black colour polyether ether ketone for electrostatic dissipative injection moulding application.
The semi-crystalline polymer features superior mechanical, stable ESD performance which is not influenced by moulding conditions.

Used for medium to high voltage PP semiconductor shielding layer, the insulation layer of the cable may face the risk of electric field instability and premature fracture under high electrical stress. Premix's PP composite material, with its excellent carbon black dispersion and conductivity, successfully matches the bending modulus of cross-linked polyethylene (XLPE), ensuring the stability and safety of cables in high voltage environments.